Custom Metal Stamping Metal Plate With Laser Cutting Service Oem Sheet Metal Fabrication Aluminum Electrical Box

We focus on delivering comprehensive sheet metal fabrication enclosure solutions tailored for a variety of industrial applications. Our expertise spans custom metal stamping, precise laser cutting, and full fabrication services, enabling us to produce aluminum electrical boxes that meet stringent design and performance requirements.
Key attributes
Other attributes
Packaging and delivery
Lead time
Quantity (pieces) | 1 - 5000 | > 5000 |
Lead time (days) | 30 | To be negotiated |
Features
Materials | Carbon steel, Aluminium or Stainless Steel tube or sheet pieces. |
Usage | Agricultural machine ,Machinary, fitness equipment, stoller or scooter frame, other industrial/commerical equipments. |
Molds | Produced by factory own to ease the control of quality and lead time as well as save the cost. |
Mfg Process | Cutting, bending/folding, stamping/punching, welding, polishing, surface treament. |
Tolerance | ±0.2MM in size and ±1 degree in bending angle, or follow other critiera required by customer. |
Finish | Optional with powder coated, zinc-plated, hot-dip galvanized , anodize, electrophoresis and others. |
Color | Optional with various colors as required by customer. |
OEM | Yes, can produce based on customer's drawings or samples. |
Lead time | 15-20days for mold and 30days for first lot. |
1. Custom Metal Stamping: Precision Shaping for Sheet Metal Fabrication Enclosure
Our stamping process is designed to provide accurate and repeatable shaping of metal plates used in sheet metal fabrication enclosure production. Utilizing progressive dies and high-speed presses, we form complex profiles and features such as mounting flanges, ventilation slots, and structural reinforcements. This stamping precision ensures the aluminum electrical box maintains its intended mechanical strength and functional integrity.
2. Advanced Laser Cutting for Aluminum Components
We integrate CNC laser cutting technology to produce highly accurate and clean cuts on aluminum sheets that form the basis of the sheet metal fabrication enclosure. The laser cutting process provides flexibility to handle intricate designs and tight tolerances, reducing the need for secondary machining. Smooth edges and dimensional consistency are key outcomes, enabling easier assembly and superior final product quality.
3. Fabrication and Assembly: Building the Electrical Box Structure
Following cutting and stamping, we perform bending, welding, and assembly steps to transform flat components into a robust sheet metal fabrication enclosure. Our CNC bending machines deliver precise angles and folds critical to the enclosure’s structural integrity and sealing properties. Welding techniques ensure secure joints without compromising the enclosure’s appearance or function.
The assembly process also includes fitting openings for electrical connectors, mounting brackets, and access panels, customizing each enclosure to meet specific electrical and mechanical requirements.
4. Surface Treatment Options for Enhanced Durability
Our sheet metal fabrication enclosures undergo surface treatments suited for electrical and industrial environments. Common finishes include anodizing for aluminum, powder coating, and corrosion-resistant coatings, all aimed at enhancing longevity and environmental resistance.
These surface treatments also contribute to the enclosure’s aesthetic qualities, providing smooth, uniform finishes that are compatible with additional marking or labeling.
5. Engineering Flexibility and Service Coverage
We offer tailored design support for sheet metal fabrication enclosure projects, including DFM feedback, prototype development, and scalability for volume production. Our manufacturing process accommodates varying dimensions, material thicknesses, and customization features as per client specifications.
Our service scope covers both domestic and international markets, ensuring timely delivery and adaptation to customer-specific regulatory or environmental standards.